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Independent Section

Contains tests that are independent of the class of modeled organism, a model's complexity or types of identifiers that are used to describe its components. Parameterization or initialization of the network is not required. See readme for more details.

Consistency

Stoichiometric Consistency

100.0%

Mass Balance

99.9%

Charge Balance

100.0%

Metabolite Connectivity

100.0%

Unbounded Flux In Default Medium

100.0%

Sub Total

100%

The Sub Total is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{99.91 + (4 \cdot 100) +}{(5 \cdot 100)} = 99.99$ $(99.91 + (4 * 100) + )/((5 * 100)) = 99.99$

Annotation - Metabolites

Presence of Metabolite Annotation

100.0%

Metabolite Annotations Per Database

pubchem.compound

0.6%

kegg.compound

85.2%

seed.compound

50.8%

inchikey

0.0%

inchi

0.0%

chebi

82.4%

hmdb

42.6%

reactome

0.0%

metanetx.chemical

81.2%

bigg.metabolite

52.3%

biocyc

50.1%

Metabolite Annotation Conformity Per Database

pubchem.compound

100.0%

kegg.compound

100.0%

seed.compound

100.0%

inchikey

0.0%

inchi

0.0%

chebi

100.0%

hmdb

100.0%

reactome

0.0%

metanetx.chemical

100.0%

bigg.metabolite

100.0%

biocyc

100.0%

Uniform Metabolite Identifier Namespace

100.0%

Sub Total

78%

The Sub Total is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{0.56 + 85.20 + 50.85 + 82.37 + 42.60 + 81.24 + 52.32 + 50.06 + (10 \cdot 100) + (6 \cdot 0)}{(24 \cdot 100)} = 78.30$ $(0.56 + 85.20 + 50.85 + 82.37 + 42.60 + 81.24 + 52.32 + 50.06 + (10 * 100) + (6 * 0))/((24 * 100)) = 78.30$

Annotation - Reactions

Presence of Reaction Annotation

99.8%

Reaction Annotations Per Database

rhea

52.7%

kegg.reaction

68.8%

seed.reaction

5.8%

metanetx.reaction

67.6%

bigg.reaction

4.4%

reactome

0.0%

ec-code

69.9%

brenda

0.0%

biocyc

2.3%

Reaction Annotation Conformity Per Database

rhea

100.0%

kegg.reaction

100.0%

seed.reaction

100.0%

metanetx.reaction

100.0%

bigg.reaction

100.0%

reactome

0.0%

ec-code

99.9%

brenda

0.0%

biocyc

100.0%

Uniform Reaction Identifier Namespace

100.0%

Sub Total

77%

The Sub Total is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{99.83 + 52.74 + 68.75 + 5.82 + 67.55 + 4.37 + 69.86 + 2.31 + 99.91 + (7 \cdot 100) + (4 \cdot 0)}{(20 \cdot 100)} = 76.94$ $(99.83 + 52.74 + 68.75 + 5.82 + 67.55 + 4.37 + 69.86 + 2.31 + 99.91 + (7 * 100) + (4 * 0))/((20 * 100)) = 76.94$

Annotation - Genes

Presence of Gene Annotation

99.0%

Gene Annotations Per Database

refseq

0.0%

uniprot

0.0%

ecogene

0.0%

kegg.genes

0.0%

ncbigi

0.0%

ncbigene

0.0%

ncbiprotein

0.0%

ccds

0.0%

hprd

0.0%

asap

0.0%

Gene Annotation Conformity Per Database

refseq

0.0%

uniprot

0.0%

ecogene

0.0%

kegg.genes

0.0%

ncbigi

0.0%

ncbigene

0.0%

ncbiprotein

0.0%

ccds

0.0%

hprd

0.0%

asap

0.0%

Sub Total

33%

The Sub Total is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{98.96 + (20 \cdot 0)}{(21 \cdot 100)} = 32.99$ $(98.96 + (20 * 0))/((21 * 100)) = 32.99$

Annotation - SBO Terms

Metabolite General SBO Presence

100.0%

Metabolite SBO:0000247 Presence

96.8%

Reaction General SBO Presence

99.8%

Metabolic Reaction SBO:0000176 Presence

99.7%

Transport Reaction SBO:0000185 Presence

97.3%

Exchange Reaction SBO:0000627 Presence

100.0%

Demand Reaction SBO:0000628 Presence

100.0%

Sink Reactions SBO:0000632 Presence

Skipped

Gene General SBO Presence

99.0%

Gene SBO:0000243 Presence

99.0%

Biomass Reactions SBO:0000629 Presence

50.0%

Sub Total

86%

The Sub Total is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{96.84 + 99.83 + 99.69 + 97.30 + 98.96 + 98.96 + 50.00 + (3 \cdot 100) + (1 \cdot 0)}{(11 \cdot 100)} = 85.60$ $(96.84 + 99.83 + 99.69 + 97.30 + 98.96 + 98.96 + 50.00 + (3 * 100) + (1 * 0))/((11 * 100)) = 85.60$

Total Score

87%

The Total Score is the result of the following calculation. For more information please click on "Readme" in the top left of the report.

$\frac{(3 \cdot 99.99) + (1 \cdot 78.30) + (1 \cdot 76.94) + (1 \cdot 32.99) + (2 \cdot 85.60)}{(3 \cdot 100) + (1 \cdot 100) + (1 \cdot 100) + (1 \cdot 100) + (2 \cdot 100)} = 87.09$ $((3 * 99.99) + (1 * 78.30) + (1 * 76.94) + (1 * 32.99) + (2 * 85.60))/((3 * 100) + (1 * 100) + (1 * 100) + (1 * 100) + (2 * 100)) = 87.09$

Total Score

87%

Score per Category

Specific Section

Covers general statistics and specific aspects of a metabolic network that are not universally applicable. See readme for more details.

SBML

SBML Level and Version

Errored

FBC enabled

Errored

Basic Information

Model Identifier

GTModelBeata2015

Total Metabolites

885

Total Reactions

1,168

Total Genes

768

Total Compartments

Metabolic Coverage

1.52

Metabolite Information

Unique Metabolites

806

Duplicate Metabolites in Identical Compartments

Metabolites without Charge

Metabolites without Formula

Medium Components

Reaction Information

Purely Metabolic Reactions

969

Purely Metabolic Reactions with Constraints

Transport Reactions

111

Transport Reactions with Constraints

Thermodynamic Reversibility of Purely Metabolic Reactions

0.34

Reactions With Partially Identical Annotations

0.01

Duplicate Reactions

0.00

Reactions With Identical Genes

0.48

Gene-Protein-Reaction (GPR) Associations

Reactions without GPR

226

Fraction of Transport Reactions without GPR

1.00

Enzyme Complexes

Biomass

Biomass Reactions Identified

Biomass Consistency

BIOMASSt

0.00

biomass

0.63

Biomass Production In Default Medium

BIOMASSt

0.80

biomass

0.80

Unrealistic Growth Rate In Default Medium

BIOMASSt

false

biomass

false

Biomass Production In Complete Medium

BIOMASSt

44.05

biomass

44.05

Blocked Biomass Precursors In Default Medium

BIOMASSt

biomass

Blocked Biomass Precursors In Complete Medium

BIOMASSt

biomass

Ratio of Direct Metabolites in Biomass Reaction

BIOMASSt

0.00

biomass

0.04

Number of Missing Essential Biomass Precursors

BIOMASSt

biomass

Energy Metabolism

Non-Growth Associated Maintenance Reaction

Growth-associated Maintenance in Biomass Reaction

BIOMASSt

false

biomass

true

Number of Reversible Oxygen-Containing Reactions

Erroneous Energy-generating Cycles

MNXM3

Skipped

MNXM63

Skipped

MNXM51

Skipped

MNXM121

Skipped

MNXM423

Skipped

MNXM6

Skipped

MNXM10

Skipped

MNXM38

Skipped

MNXM208

Skipped

MNXM191

Skipped

MNXM223

Skipped

MNXM7517

Skipped

MNXM12233

Skipped

MNXM558

Skipped

MNXM21

Skipped

MNXM89557

Skipped

Network Topology

Universally Blocked Reactions

157

Orphan Metabolites

Dead-end Metabolites

Dead-ends are metabolites that can only be produced but not consumed by reactions in the model. They may indicate the presence of network and knowledge gaps. Implementation: Find dead-end metabolites structurally by considering only reaction equations and reversibility. FBA is not carried out.

A total of 18 (2.03%) metabolites are not consumed by any reaction of the model: tcynt_c, psuri5p_c, thpglu_c, cpppg1_c, gmagg_c, ...

Stoichiometrically Balanced Cycles

216

Stoichiometrically Balanced Cycles are artifacts of insufficiently constrained networks resulting in reactions that can carry flux when all the boundaries have been closed. Implementation: Close all model boundary reactions and then use flux variability analysis (FVA) to identify reactions that carry flux.

There are 216 (18.49%) reactions which participate in SBC in the model: IDPh, ATPM, NADDP, GLUSy, ADK1, ...

["IDPh","ATPM","NADDP","GLUSy","ADK1","NMNAT","NDPK2","FADDP","AFAT","NTD7","ADNK1","ADPT","PYK","ME1","OAADC","SERD_L","ACALD","PTAr","ACS","GLU5K","GDH","PUTA3","GLNS","ACGS","GLUR","GALUi","XYLI2","ACKr","ACYP_2","NDPK1","NTP3","PPCK","MDH","PC","ALAD_L","ALAR","UAG2EMA","UAG2E","PYK3","GLYCLTDy","ASNS2","ASNN","GALT","NTD4","CYTDK1","UTCY","CYTDK2","NDPK3","PYK4","PSP_L","SERHL","TDP","TMPK","ENO","PYK2","ORNTA","ACODA","PHEOR","PHETA1","P5CD","ALDD2x","GLYCLTDx","NDPK9","PYK5","G6PDA","F6PCPT","F6PISO","F6PUPT","F6PIPT","PGI","HEX7","PTA2","PAMPT","MMSDH","FTHFLi","FTHFD","GLGC","ITCY","NTD2","URIK1","UTUP","URIK2","URIK3","PRPPS","PPM","UGLT","LLEUDr","LEUTAi","GALKr","ALATA_D","BNOR","BTCOAOR","VALTA","NTD9","GUAPRT","PPAPPT","PRPNTEAT","VALDHr","PGCD","PGM","PUNP1","TMDK1","NTD5","XYLK","NTD3","ADADir","PFK_3","SBP","ATDGDm","AGPOP","PPCOAC","DGNSK","NTD8","HACD1","NTD6","DADNK","DURIK1","NTD1","XPPT","PUNP3","ILEOR","ILETA","ORNTAC","ACOTA","PUNP7","RBK_L1","MANPT","ACGK","ACMANAHY","NTD10","HEX1","MME","DNADDP","NNATr","G5SD","G5SADs","MMTSAOR","MMALLIG","AGPR","ALCD4","ALCD4y","ALDH","PSERT","SALCNPT","PFK","FBP","SALCN6PH","HBCOAOR","HBCOAH","FMNRx","FLDO","NODOx","NODOy","MANNHY","M_6DGHY","STACHY","STACHY2","H2MB4POR","DMPPS","PGMT","2AMACHYD","EAR40x","EAR60y","EAR80x","EAR100x","EAR120x","EAR140x","EAR160x","BTNLIG","BTN5AMPL","ECOAH1","HCO3E","ATPS4r","Kt","Kt2","RU5PHY","XU5PHY","M6PHY","VALt","VALtabc","LEUtabc","LEUt","ILEt","ILEtabc","ILEt2","THRt","THRt2","CYStabc","CYSt","METabc","METt2","ARGtabc","ARGt","ARGt2","HISt","HIStabc","ASPtabc","ASPt","ASPt2","GLUtabc","GLUt","GLNtabc","GLNt","PROt","PROtabc","PROPIRE","EAR60x","EAR40y","EAR80y","EAR100y","EAR120y","EAR140y","EAR160y","GLYBtabc","GLYBt","SALGT"]

Metabolite Production In Complete Medium

220

Metabolite Consumption In Complete Medium

241

Matrix Conditioning

Ratio Min/Max Non-Zero Coefficients

0.00

Independent Conservation Relations

Rank

866

Degrees Of Freedom

302

Experimental Data Comparison

Growth Prediction

Skipped

Gene Essentiality Prediction

Skipped

Misc. Tests

Environment

Python Version 3.6.10

Platform Linux

Memote Version 0.10.2

Package Versions